Mp7g06220
Description
Annotation
| Database | ID | Description |
|---|---|---|
| Gene3D | G3DSA:2.40.480.10 | - |
| PANTHER | PTHR31843 | ALLENE OXIDE CYCLASE 4, CHLOROPLASTIC |
| Pfam | PF06351 | Allene oxide cyclase |
| SUPERFAMILY | SSF141493 | Allene oxide cyclase-like |
| KEGG | K10525 | allene oxide cyclase [EC:5.3.99.6] |
| MapolyID | Mapoly0057s0049 | - |
| GO | GO:0009695 | jasmonic acid biosynthetic process |
| GO | GO:0016853 | isomerase activity |
| GO | GO:0046423 | allene-oxide cyclase activity |
Nomenclature
| Gene symbol | Product | Transcript ID | Status |
|---|---|---|---|
| MpDIR17 | Secondary metabolism enzyme | Provisional |
Associated Literature (AI-based literature mining, Beta-version)
Allene oxide cyclase (Mp7g06220) catalyzing a key OPDA/dn-OPDA biosynthesis step. Mpaocko mutants regenerate slowly, a defect rescued by OPDA treatment; its wound-induced expression is reduced in Mperf15ko and Mpcoi1-2.
2 core 8 peripheral
Liang, Y., et al. (2022)
· Science Advances research experimental subject
Allene oxide cyclase (Mp7g06220) catalyzing a key OPDA/dn-OPDA biosynthesis step. Mpaocko mutants regenerate slowly, a defect rescued by OPDA treatment; its wound-induced expression is reduced in Mperf15ko and Mpcoi1-2.
Yamamoto, Y., et al. (2015)
· Phytochemistry research experimental subject
Allene oxide cyclase; functionally characterized enzyme of the oxylipin (12-OPDA/dn-OPDA) biosynthesis pathway in M. polymorpha.
Kaji, T., et al. (2024)
· iScience research citation background
Allene oxide cyclase, a conserved enzyme of the upstream OPDA biosynthesis pathway referenced as pathway context, not investigated in this study.
Matsui, H., et al. (2019)
· Plant & Cell Physiology research experimental comparator
Allene oxide cyclase; oxylipin/dn-OPDA biosynthesis enzyme in the JA pathway.
Koeduka, T., et al. (2015)
· Planta research experimental comparator
Allene oxide cyclase; downstream oxylipin enzyme (context).
Single-cell expression scRNA-seq atlas from Wang et al., 2023
Expression of Mp7g06220 across the single-cell RNA-seq atlas. Cluster identities (right) annotate the same UMAP used for the feature plot (left).
Gene structure:
Sequences: |
Gene UTR + CDS + intron |
| >Mp7g06220.1 CGTATCGATC TCAGGACCCG AGTGGTCATC GGGGTGCATT TTTGGTCTGA TTACTTACTG TTCTCGTTCG TGGTTCCGAG GTCTTAGCTC GTTTGTCTGT CCTGAAATTG AGCTCGCGAG ACTGTCGGGG TCGTGCGTGG ATTGGACGAA TAGCCCGATC TGAGCTATTT GAGGCCAGAG CAGCGGAGTG GAGGGCAGTT GTTGAGTCGT CGCAGAGAGT GATCGATCGC TCATCGATAT AGTCGACGAA GATCACACTC TGTGACAGTC ACTGGGTGTT TTGATTCGAT CGGTCGATTG TTCGGTCGAT TCAGTGGTCG TCATGGCCGC CTCCATTCAA GCCGCCGCCG CTGGGCTGAG CTTTATCGCC CCGGCGAGTC AGCCACCCTG CAACTCATCT CAGGGTTCCA ATGCTTCCAG GCAATCTGTT GGGGGCCCTG TCAAGTCTCA CTTCTTTGGC TCCGCTAGAG CTCTCGGAAA TGTAGGCAGT TCCAAACATC TGACTCCTGC CACGGCTGGG GCCAATCCCA TCGTCAGCGC ATCCTTCTTT GAGAAACTTG GCAAATTGTT CACGGATGCT CCAGAAGGTT CGTTGCTCTC CAGGGCGGAT GTACTGTCAA CTGTCGAAAG GCCGAGGTCA TTTAGTACTT CGATCGAGGT GTAGCTTTGG AATTCTTGGA TAGGGGGGGG CGATGCTCTC GCCTATCCGG TCGTTCTTTG TATGGGAAGA GGCAAGTTTA GCCGGTTACT TAGTGAAAAT TTTCGATTCA CGGAGCTTGA ACCCTGTTGC TGATTATCAT ATCGTGTCAT GATGATCAGA CCAAGAGCAG GTGATGGGAG TTTTCGAGTT CAACGAGGGT GACAGAAATA GTCCCTTTGT GGTGAAGAAC AACGCCAAAC TACCGGTTCT GTGCATTGGA GACTTTGTAC CCTACAGCAA CAAGGTGTGT ACGATATCGA TCAAAACCCT CTGTAGCATC GGAAGCTGTA GCTGCTTCCG TGAATTTCTG AGCGATTTCG GACAAGGCAG CATTTGTTCG AAAGCTTCGT GATTAGTTTG TGTGTCTACC GCTATTCCCG GTCGATCAAG TTGGAGAATA ACAGAAGTTT TGAGTTGTAA TAATGCAGGT ATACGATTGC ACCGGGAAGA AATATTTGGG TATCTCCTCC GGATTGTGCA CTGTGGTGGA GCATCACTAC GAAAGTGGAG GCGATCTGTA CGAAACCGTG ATGAGCCACT ACATGGGTTC CTACGGCCAT CTCTCTTGCC AGGTATTGCT CGTGAAATTG GGCACGGCTT CTAGATTAGC TCAGCTCCAA AATCCCTCCT TTAGATATGC ATATCCAATA TTAGACTACT CAAGTCAAAT CGCCTTTATT TGACTTTTCG TTTACGATGA CAGCATTGTC AACGCGGGCA GATGTATTAT GTGTAGGATG TAAAAACTTT GTCAATGCAT GCGGATTCGC AGTGGTTTAA AGTTTGAAAC CTTTGATGGG GACATCAGCC ACAAACGGTT GATATGCAAG TGGCAGCCTC GAGGTAGAGT AGTCAGTGAA ACGATTCGTC TCGCGAAAAT ACGGAGGTCA CGGTAGAACA GAGAAGTTGG AAGCTGCAAT TGTGCGGACA ATCAGACCAA GAGCCTTCAG CTTCTGTGGT TTTGCTACAG TCTTGCTCTG TGCGGGTGCC CGACCAAGTG TCTTGCGTAG GGTAGAGGGC TTTGACCACA ATCTATGCCC TATTGATTGA TGCTAACGAT GACAAATTTA TATTGCAATT TCAGGGCCCC TACAAAACGT ATGGCGACAC TGAGATGGTT GTTACCGGCG GAACTGGAAT CTTCAAAGGA GCTCGAGGTT ACGTGAAGTG CCACAACATC GCTGGTCCGT TGAAGCTTCT GTACACATAC TACCTCACGG GCATTCCCAA GCTTCCTTCA GAATTGACAC AGACTCCTGC GGTTCTGGAT GAGGAGAAAA AAACTGTGAA TAGCACAGTC GCATCTCAGA AAGTCAAGGC TTGATAGATG CCGATAGCAC GACTCAAATG TGAAAATGCT GTCCGAGACT AGAAGAATGA TATCTTAGTA CGCTGTACCC ATCTTCCACG GCTGCTCTGT AACTGCTAAG GGTCGACGTC TAGTCATCCA GTGTTCTCCT GTCGATGTAT ATAGGGGGAT TACTTGACCT TTTATTCGTG GACGCCGTAG CTAGATTAGT CTGTAATTAC TGATCTCAAG TAGCTCCGTC TAAACTTGCC ACCCTGCTTG GTCGAGCATT TCTATGGCGT GTAGAAATGT GTAGGATCGT AATCCGCTCA ACACCTCAAA AAACAGTGGT TGAACCAAAC AGCGGGACTT AAAAATGTCT ATCGGAGGCC TCATACATTC TCAGCTGGTC TGAAAGTCGA CCCGACCCCT CCGACCTGAG AAGTAGAAGG TTTTGTTCCA TATCGCGGAA ACGTAGTGAT TCTCCATCCT GCTCAGAGTC TGTCGCTCTA TATCTAGTCT TTCCTCGAAA GTCTTAGGTA GACATGCTCT GTTTGCGAAA AAATCTCTGT AAAACTTCTG TATTTCCTTC AGTAAAAGAA TCATCACACT TTTGTTCT |
mRNA UTR + CDS |
| >Mp7g06220.1 CGTATCGATC TCAGGACCCG AGTGGTCATC GGGGTGCATT TTTGGTCTGA TTACTTACTG TTCTCGTTCG TGGTTCCGAG GTCTTAGCTC GTTTGTCTGT CCTGAAATTG AGCTCGCGAG ACTGTCGGGG TCGTGCGTGG ATTGGACGAA TAGCCCGATC TGAGCTATTT GAGGCCAGAG CAGCGGAGTG GAGGGCAGTT GTTGAGTCGT CGCAGAGAGT GATCGATCGC TCATCGATAT AGTCGACGAA GATCACACTC TGTGACAGTC ACTGGGTGTT TTGATTCGAT CGGTCGATTG TTCGGTCGAT TCAGTGGTCG TCATGGCCGC CTCCATTCAA GCCGCCGCCG CTGGGCTGAG CTTTATCGCC CCGGCGAGTC AGCCACCCTG CAACTCATCT CAGGGTTCCA ATGCTTCCAG GCAATCTGTT GGGGGCCCTG TCAAGTCTCA CTTCTTTGGC TCCGCTAGAG CTCTCGGAAA TGTAGGCAGT TCCAAACATC TGACTCCTGC CACGGCTGGG GCCAATCCCA TCGTCAGCGC ATCCTTCTTT GAGAAACTTG GCAAATTGTT CACGGATGCT CCAGAAGACC AAGAGCAGGT GATGGGAGTT TTCGAGTTCA ACGAGGGTGA CAGAAATAGT CCCTTTGTGG TGAAGAACAA CGCCAAACTA CCGGTTCTGT GCATTGGAGA CTTTGTACCC TACAGCAACA AGGTATACGA TTGCACCGGG AAGAAATATT TGGGTATCTC CTCCGGATTG TGCACTGTGG TGGAGCATCA CTACGAAAGT GGAGGCGATC TGTACGAAAC CGTGATGAGC CACTACATGG GTTCCTACGG CCATCTCTCT TGCCAGGGCC CCTACAAAAC GTATGGCGAC ACTGAGATGG TTGTTACCGG CGGAACTGGA ATCTTCAAAG GAGCTCGAGG TTACGTGAAG TGCCACAACA TCGCTGGTCC GTTGAAGCTT CTGTACACAT ACTACCTCAC GGGCATTCCC AAGCTTCCTT CAGAATTGAC ACAGACTCCT GCGGTTCTGG ATGAGGAGAA AAAAACTGTG AATAGCACAG TCGCATCTCA GAAAGTCAAG GCTTGATAGA TGCCGATAGC ACGACTCAAA TGTGAAAATG CTGTCCGAGA CTAGAAGAAT GATATCTTAG TACGCTGTAC CCATCTTCCA CGGCTGCTCT GTAACTGCTA AGGGTCGACG TCTAGTCATC CAGTGTTCTC CTGTCGATGT ATATAGGGGG ATTACTTGAC CTTTTATTCG TGGACGCCGT AGCTAGATTA GTCTGTAATT ACTGATCTCA AGTAGCTCCG TCTAAACTTG CCACCCTGCT TGGTCGAGCA TTTCTATGGC GTGTAGAAAT GTGTAGGATC GTAATCCGCT CAACACCTCA AAAAACAGTG GTTGAACCAA ACAGCGGGAC TTAAAAATGT CTATCGGAGG CCTCATACAT TCTCAGCTGG TCTGAAAGTC GACCCGACCC CTCCGACCTG AGAAGTAGAA GGTTTTGTTC CATATCGCGG AAACGTAGTG ATTCTCCATC CTGCTCAGAG TCTGTCGCTC TATATCTAGT CTTTCCTCGA AAGTCTTAGG TAGACATGCT CTGTTTGCGA AAAAATCTCT GTAAAACTTC TGTATTTCCT TCAGTAAAAG AATCATCACA CTTTTGTTCT |
CDS |
| >Mp7g06220.1 ATGGCCGCCT CCATTCAAGC CGCCGCCGCT GGGCTGAGCT TTATCGCCCC GGCGAGTCAG CCACCCTGCA ACTCATCTCA GGGTTCCAAT GCTTCCAGGC AATCTGTTGG GGGCCCTGTC AAGTCTCACT TCTTTGGCTC CGCTAGAGCT CTCGGAAATG TAGGCAGTTC CAAACATCTG ACTCCTGCCA CGGCTGGGGC CAATCCCATC GTCAGCGCAT CCTTCTTTGA GAAACTTGGC AAATTGTTCA CGGATGCTCC AGAAGACCAA GAGCAGGTGA TGGGAGTTTT CGAGTTCAAC GAGGGTGACA GAAATAGTCC CTTTGTGGTG AAGAACAACG CCAAACTACC GGTTCTGTGC ATTGGAGACT TTGTACCCTA CAGCAACAAG GTATACGATT GCACCGGGAA GAAATATTTG GGTATCTCCT CCGGATTGTG CACTGTGGTG GAGCATCACT ACGAAAGTGG AGGCGATCTG TACGAAACCG TGATGAGCCA CTACATGGGT TCCTACGGCC ATCTCTCTTG CCAGGGCCCC TACAAAACGT ATGGCGACAC TGAGATGGTT GTTACCGGCG GAACTGGAAT CTTCAAAGGA GCTCGAGGTT ACGTGAAGTG CCACAACATC GCTGGTCCGT TGAAGCTTCT GTACACATAC TACCTCACGG GCATTCCCAA GCTTCCTTCA GAATTGACAC AGACTCCTGC GGTTCTGGAT GAGGAGAAAA AAACTGTGAA TAGCACAGTC GCATCTCAGA AAGTCAAGGC TTGA |
Protein |
| >Mp7g06220.1 MAASIQAAAA GLSFIAPASQ PPCNSSQGSN ASRQSVGGPV KSHFFGSARA LGNVGSSKHL TPATAGANPI VSASFFEKLG KLFTDAPEDQ EQVMGVFEFN EGDRNSPFVV KNNAKLPVLC IGDFVPYSNK VYDCTGKKYL GISSGLCTVV EHHYESGGDL YETVMSHYMG SYGHLSCQGP YKTYGDTEMV VTGGTGIFKG ARGYVKCHNI AGPLKLLYTY YLTGIPKLPS ELTQTPAVLD EEKKTVNSTV ASQKVKA |